Subduction GMPE plot
Person
2017/07/21
1
Subduction large magnitude scaling
1.1
Comparison of the Response Spectrum subduction GMPE - interface
1.2
Compare with large magnitude subduction data
1.2.1
Maule, Chile (2010)
1.2.2
Other Chile earthquake - M8.0 ~ M8.1
1.2.3
Other Chile earthquake - M8.16 ~ M8.3
1.2.4
Tohoku, Japan (2011)
1.2.5
Other Japan earthquake - M8.0~8.2
1.2.6
Other Japan earthquaek - M8.3
1.2.7
Other Japan earthquaek - Deep slab
1.3
Magnitude Scaling - interface
1.3.1
Magnitude Scaling for Rrup 15 km, Ztor 0 km
1.3.2
Magnitude Scaling for Rrup 50 km, Ztor 0 km
1.4
Magnitude Scaling - intraslab
1.4.1
Magnitude Scaling for Rrup 50 km, Ztor 50 km
1.4.2
Magnitude Scaling for Rrup 100 km, Ztor 100 km
1.5
Distance Scaling - interface
1.5.1
Distance Scaling for T = 0.00, 0.3, 1.0, 3.0 sec
1.6
Distance Scaling - intraslab
1.6.1
Distance Scaling for T = 0.00, 0.3, 1.0, 3.0 sec
1
Subduction large magnitude scaling
1.1
Comparison of the Response Spectrum subduction GMPE - interface
No.
Source Type
Mw
Dip(deg)
Rrup(km)
Ztor(km)
Vs30(m/s)
Z1.0(m)
1
Interface
5 – 9
15
15
0
760
21.8
2
Interface
5 – 9
15
15
10
760
21.8
3
Interface
5 – 9
15
50
0
760
21.8
4
Interface
5 – 9
15
50
10
760
21.8
plots for each case.
1.2
Compare with large magnitude subduction data
1.2.1
Maule, Chile (2010)
1.2.2
Other Chile earthquake - M8.0 ~ M8.1
1.2.3
Other Chile earthquake - M8.16 ~ M8.3